Coactive forest management /

This book provides a theoretical basis and a collection of management science tools that account for the interactions between different components of a managed forest ecosystem. Accounting for these interactions is the rapid evolution of forest management away from a traditional agricultural commodi...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Hof, John G.
Formato: Electrónico eBook
Idioma:Inglés
Publicado: San Diego : Academic Press, �1993.
Temas:
Forest management.
Forest ecology.
For�ets > Gestion.
�Ecologie foresti�ere.
Forest ecology
Forest management
Forstverwaltung
Forstwirtschaft
Ecologia florestal.
Forests > Management
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Front Cover; Coactive Forest Management; Copyright Page; Table of Contents; Preface; CHAPTER 1. INTRODUCTION; Outlook; Methods; Layout; References; CHAPTER 2. THEORY OF JOINT PRODUCTION AND JOINT COSTS; The General Case of Joint Production; A Managed Forest Ecosystem Production Structure; References; CHAPTER 3. BENEFIT-COST ANALYSIS WITH JOINT PRODUCTION; Theory; An Example; References; CHAPTER 4. JOINT COST ALLOCATION; Cost Allocation in Efficiency Analysis; Cost Allocation in Budgeting and Accounting; The Core: Background; The Core in Budgeting and Accounting; Cost Allocation; An Example
  • CHAPTER 9. RANDOM TECHNICAL (YIELD) COEFFICIENTSChance Constrained Programming; Chance-Maximizing Programs; Case Example Formulation; A Final Note on Randomness; References; CHAPTER 10. SUSTAINABILITY REVISITED; The Rationales for Nondeclining Yield; A Case Example with a Timber Harvest Scheduling Model; Application of the MAXMIN Approach to Multiresource Problems; References; CHAPTER 11. MODELING DYNAMIC NONLINEARITIES IN MANAGED FOREST ECOSYSTEMS; A Timber Harvest Scheduling Problem; References; CHAPTER 12. SPATIAL OPTIMIZATION; Accounting for Edge Effects with a Cellular Model Structure
  • Accounting for Edge Effects with a Geometric Model StructureAccounting for Fragmentation Effects with the Geometric Model Structure; Conclusions Regarding Spatial Optimization; References; CHAPTER 13. MULTILEVEL OPTIMIZATION; The Reasons for Multilevel Optimization; A Noniterative Multilevel Optimization Approach; An Iterative Multilevel Optimization Approach; Hierarchical Planning versus Multilevel Optimization; References; CHAPTER 14. SYNTHESIS; Future Challenges; Educational Implications; References; Bibliography; Index

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